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COMPLIANCE INFO_2019
Environmental Health - Public
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2300 - Underground Storage Tank Program
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PR0231704
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COMPLIANCE INFO_2019
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Last modified
9/10/2020 4:09:03 PM
Creation date
9/10/2020 3:54:54 PM
Metadata
Fields
Template:
EHD - Public
ProgramCode
2300 - Underground Storage Tank Program
File Section
COMPLIANCE INFO
FileName_PostFix
2019
RECORD_ID
PR0231704
PE
2361
FACILITY_ID
FA0001060
FACILITY_NAME
QUIK STOP MARKET #2076*
STREET_NUMBER
1030
Direction
S
STREET_NAME
OLIVE
STREET_TYPE
ST
City
STOCKTON
Zip
95215
APN
157-264-22
CURRENT_STATUS
01
SITE_LOCATION
1030 S OLIVE ST
P_LOCATION
99
P_DISTRICT
002
QC Status
Approved
Scanner
KBlackwell
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EHD - Public
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��PEI/RP1200-12 <br /> records or the ATG readout. Prepare a monitoring <br /> fluid solution to add to the interstitial space. 5. PIPING SECONDARY <br /> 4.3.6 steel Tanks. Liquid-filled (hydrostatici CONTAINMENT INTEGRITY <br /> tests tin steel tanks require the same fluid as the TESTING <br /> monitoring fluid. Contact the manufacturer for -- <br /> instructions, 5.1 General. Underground product piping is available <br /> 4.3.7 Fiberglass Tanks. Determine tank size with single and double walls. Double-walled piping pro- <br /> and diameter and apply the appropriate method. vides containment for leaks from primary containment <br /> and must be leak-free to prevent release of product into <br /> 4.3.8 Test Equipment. Test equipment shall the environment. <br /> include: <br /> 5.2 Purpose. This method is used to test the integrity <br /> • monitoring fluid; of piping interstitial space(s). <br /> • stopwatch or other time-measurement device 5.3 Description of Test. The interstitial spate is <br /> capable of measuring a 1-second increment; sealed at the ends and is pressurized with an inert gas. <br /> • tape measure. The pressure is monitored for 1 hour. If any pressure drop <br /> 4.3.9 Test Procedure. occurs.the secondary containment fails the test. <br /> L Remove any sensor that may be installed in the 5.4 Test Conditions. The primary pipe may contain <br /> tank interstitial space. fuel, and dispensing activities may continue during the <br /> test without affecting test results. <br /> 2. Determine and record the groundwater level. <br /> 5.5 Preparation. If the interstitial space contains prod- <br /> 3. Add test liquid to the tank interstitial space uct. ensure that the interstice is open to the atmosphere <br /> bringing the fluid level into the riser (stand- and perform a precision test on the primary piping before <br /> pipe) to the appropriate level based on the conducting a test on the secondary containment piping. <br /> manufacturer's written procedure. ..� <br /> 4. Document the starting level and start time of Termination fittings must be sealed at all piping termina- <br /> the test. tions, and test fittings must be accessible to perform the <br /> test. <br /> S. Start the time-measurement device. <br /> Check with the piping manufacturer regarding testing <br /> 6. Wait the appropriate time according to the procedures and the proper pressure before testing.Test- <br /> manufacturer's test procedure. <br /> 7. Document the ending level and ending time of <br /> the test. <br /> 8. Determine and record the groundwater level. <br /> 9. Remove liquid added to the .tank interstitial <br /> space, and restore the liquid level in the tank <br /> interstitial to normal operating condition. <br /> 10.Reinstall the sensor so that it is installed within <br /> 4^ <br /> manufacturer's specifications. - <br /> 4.3.10 Pass/Fail Criteria. Compare the data to <br /> the manufacturer's pass/fail criteria in Appendix A <br /> to determine if the tank has passed the test. <br /> i <br /> FIGURE 5-1. Boots on piping transitions and through <br /> sump walls must be leak-tight when piping secondary <br /> containment integrity testing is performed. <br /> pdorg <br />
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